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any given computer will be connected to a single Global
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cloud. For computers with Ipv6 Internet connectivity, the Global cloud is Internet-wide. In networks where computers do not have Ipv6 Internet connectivity but still have Global Ipv6 addresses (such as firewalled corporate environments), the Global cloud is network-wide.
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One or more clouds, each corresponding to nodes within
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the same subnet or network link (link-local addresses and the link-local address scope). Note that Remote assistance only uses the Global (Internetwide) cloud; link-local clouds are not used by Remote assistance. peer names in pNRp are static identifiers of endpoints that can be resolved to changing Ip addresses, enabling p2p communications. peer names can be computers, users, devices, groups, services, or anything that can be identified by an Ipv6 address and port. peer names are represented by identifiers (IDs) that are 32 bytes long and can be either unsecured (names that can be spoofed) or secured (names that cannot be spoofed because they are derived from a public/private key pair owned by the publisher). The underlying name resolution functions on pNRp IDs within a cloud are stored in a distributed fashion in a cache on each peer within the cloud, with each peer s cache containing only a portion of the names for all the peers in the cloud. When the issuing peer wants to resolve the name of the targeted peer to its published address and port number, it follows these steps:
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1 . The issuing peer first consults its own pNRp cache for this information. If it finds
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this information, it sends a pNRp Request message to the targeted peer and waits for a response. These Request messages serve the function of enabling peers to communicate to other peers their active involvement within the cloud.
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2. If the issuing peer does not find this information, it sends the Request message
to the peer whose ID most closely matches (that is, is closest numerically to) that of the targeted peer. The peer that receives this message then consults its own cache. If it finds a closer match or the match itself, it returns this information to the requesting peer. The requesting peer then goes to the returned peer and the process continues until the resolution succeeds or fails.
3. If the peer that receives this message does not find closer information in its
cache, it returns the message to the issuing peer, indicating that it does not know the targeted peer. The issuing peer then repeats the previous step by sending a message to the peer whose ID next most closely matches that of the targeted peer. This process continues until the targeted peer is found (if present on the network) or not found (if no longer present within the cloud). Looping is prevented by including in the Request message the list of peers that have already forwarded requests. For more information on how pRNp and other Microsoft p2p technologies work, see http://technet.microsoft.com/en-us/library/bb742623.aspx on TechNet.
Remote assistance Operational States
Remote Assistance has three operational states:
Waiting For Connect
This state occurs when either:
The Helper has offered Remote Assistance to the User, but the User has not yet agreed to allow the Helper to connect to his computer . The User has sent the Helper an invitation but the Helper has not yet responded by opening the invitation, or the Helper has opened the invitation and the User has not yet agreed to allow the Helper to connect to his computer .
In the Waiting For Connect state, the Helper cannot view or control the screen of the User s computer until a Remote Assistance connection has been established and both computers have entered the Screen Sharing state . After the Remote Assistance application has been started and is running in the Waiting For Connect state, the application should not be closed until the other party responds and establishes the connection . For example, if the User uses the Solicit RA Using E-mail method and sends an invitation file to a Helper, the Remote Assistance application opens on the User s computer and waits for the Helper to accept the invitation . If the User closes Remote Assistance on her computer before the Helper accepts the invitation, the Helper will not be able to connect to the User s computer and the User will need to send a new invitation .
Screen Sharing This state occurs when the User has consented to allow the Helper to connect to his computer either after the User has sent the Helper an invitation
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